A fixed mass of an ideal gas contained in a 24.63 L sealed rigid vessel at 1 atm is heated from −73∘ C to 27∘ C. Calculate the change in Gibbs energy if the entropy of the gas is a function of temperature given as, S=2+10−2 T (J/K):(Use 1 atm - L = 0.1 kJ)

A fixed mass of an ideal gas contained in a 24.63 L sealed rigid vesse

1.	A fixed mass of an ideal gas contained in a 24.63 L sealed rigid vessel at 1 atm is heated from −73∘ C to 27∘ C. Calculate the change in Gibbs energy if the entropy of the gas is a function of temperature given as, S=2+10−2 T (J/K):(Use 1 atm - L = 0.1 kJ)
Answer» A fixed mass of an ideal gas contained in a 24.63 L sealed rigid vessel at 1 atm is heated from $- 73^{\circ} C$ to $27^{\circ} C$ . Calculate the change in Gibbs energy if the entropy of the gas is a function of temperature given as, $S = 2 + 10^{- 2} T (J/K) : (Use 1 atm - L = 0.1 kJ$ )